Synergizing power electronics and laser detection: A future-oriented technological convergence

Abstract

This study represents a pioneering exploration into the emerging intersection of power electronics and laser detection technologies, a field that holds tremendous promise for revolutionizing a wide range of applications from renewable energy to autonomous vehicles, by leveraging their unique synergies to drive unprecedented advancements in efficiency and precision. It begins with an exploration of the individual advancements in both fields, emphasizing the strides made in efficiency enhancements, control mechanisms, and range improvements. The discussion then transitions to the integration of these technologies, showcasing their combined system efficiencies and applications in contexts such as renewable energy systems, LIDAR in autonomous vehicles, and industrial laser cutting. Notable advancements, such as the use of advanced semiconductor materials and innovative control strategies, are examined. The paper also addresses the challenges faced by these technologies, including environmental susceptibility and complexity, while proposing future prospects. The conclusion synthesizes these insights, underscoring the pivotal role of this technological convergence in shaping the future of electrical engineering and photonics.